2.7.4.9	Ca2+	can partially replace Mg2+ in activation	645205	
2.7.4.9	Cd2+	can partially replace Mg2+ in activation	645205	
2.7.4.9	Co2+	18% of maximal activation with Mg2+	645198	
2.7.4.9	Co2+	can partially replace Mg2+ in activation	645205	
2.7.4.9	Co2+	divalent cation required, Co2 can fully substitute for Mg2+	645191	
2.7.4.9	Co2+	may substitute for Mg2+	737398	
2.7.4.9	Fe2+	divalent cation required, Fe2+ can fully substitute for Mg2+	645191	
2.7.4.9	Mg2+	absolute requirement for divalent cation. When Mg2+ is equal to ATP, the rate of dTMP kinase reaction is maximal	645198	
2.7.4.9	Mg2+	activity is maximal in presence of 2-5 mM ATP and 10 mM MgCl2	645205	
2.7.4.9	Mg2+	bound to enzyme, displacement of Mg2+ is responsible for inhibitory effect of 3’-azido-3’-deoxythymidine 5'-monophosphate	661170	
2.7.4.9	Mg2+	bound to enzyme, displacement of Mg2+ might be responsible for inhibitory effect of the enzyme inhibitors	662169, 662597	
2.7.4.9	Mg2+	contains Mg2+ at the active site	706485	
2.7.4.9	Mg2+	divalent cation required	645191	
2.7.4.9	Mg2+	most favourable divalent cation	737398	
2.7.4.9	Mg2+	required	721198, 758591	
2.7.4.9	Mg2+	required for activity	723714	
2.7.4.9	Mg2+	required, concentration range for maximal activity is From Mg:ATP ratios of 1 to 3 with an optimum around 1.3 to 1.5	645188	
2.7.4.9	Mg2+	requirement of a Mg2+:ATP ratio greater than 1.0 and for optimal activity there is a requirement of an additional 2-3 mM Mg2+ above the concentration of ATP	645194	
2.7.4.9	Mn2+	41% of maximal activation with Mg2+	645198	
2.7.4.9	Mn2+	52% of the activtiy with Mg2+	737398	
2.7.4.9	Mn2+	can partially replace Mg2+ in activation	645205	
2.7.4.9	Mn2+	can partially replace Mg2+ requirement	645194	
2.7.4.9	Mn2+	divalent cation required, Mn2+ can fully substitute for Mg2+	645191	
2.7.4.9	additional information	presence of a divalent cation is required. In presence of Ca2+, Cu2+, less than 10% of maximum activity, no activity with Zn2+	737398	
2.7.4.9	NaCl	from 0-0.5 M does not affect activity	645191	
2.7.4.9	Ni2+	10% of the activity with Mg2+	737398	
2.7.4.9	Ni2+	divalent cation required, Ni2+ can fully substitute for Mg2+	645191